Answer:
C. The object moves in the direction of the stronger force.
Step-by-step explanation:
A.) The object remains stationary.
- Cannot be since an outside force is applied, the net force is uneven, making the object move
B.) The object moves with the same velocity.
The object at rest has the velocity of 0m/s and since an outside force is exerted the object moved.
C.) This statement is correct since the object moved towards the direction the force is applied.
D.) Another wrong statement; unbalanced force is applied, the object moved.
Answer:
h(g(0)) = 1 - 3y^2 .
Step-by-step explanation:
Answer:
Step-by-step explanation:
we have the expression:
We need to multiply the two terms in the first parenthesis by the two terms in the second parenthesis:
we solve each term taking into account the law of signs
(-)(-)=+
and
(+)(-)=-
also for the first term we use that 
thus we have:
it can be simplified a little more if we factor an r of the second and third term:
Answer: When t = 4.25 R(t) = D(t)
This tells you that at 4.25 seconds into their flights, both the Rocket and the Drone were at a height of 20 feet.
Step-by-step explanation: The point where the two graphed lines cross is where the values are equal.
The Drone has been hovering at 20 feet between 2 and 5 seconds. The Rocket passed through that height for a brief (millisecond) time as it was falling back to the ground.
Without grid lines it is my best estimation (using a ruler to create a verticla line from the intersection of the lines to the time scale) that t = 4.25. It is between 4 and 4.5 seconds.
Answer: we are on venus
Step-by-step explanation:
